ACTIVE GaN MMIC DIPLEXER BASED ON DISTRIBUTED AMPLIFICATION CONCEPT

Javier Mata-Contreras; Diego Palombini; Teresa M. Martin-Guerrero; A. Bentini; Carlos Camacho-Penalosa; Ernesto Limiti

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ACTIVE GaN MMIC DIPLEXER BASED ON DISTRIBUTED AMPLIFICATION CONCEPT

机译：基于分布式放大概念的有源GaN MMIC二极管

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A review of the fundamentals of distributed amplification is presented along with the design and performance of a novel dual-band/diplexer monolithic distributed amplifier based on the combination of CRLH and RH transmission lines. The MMIC prototype, operating in the C-band and featuring a 10 dB gain with less than -20 dB crosstalk levels, represents the first monolithic implementation in GaN technology for this type of topology.

机译：本文介绍了分布式放大的基本原理，以及基于CRLH和RH传输线的新型双频/双工单片分布式放大器的设计和性能。 MMIC原型工作在C波段，具有10 dB的增益和小于-20 dB的串扰水平，代表了GaN技术中这种类型拓扑的首个单片实施方案。

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来源
《Microwave and optical technology letters》 |2013年第5期|共5页
作者
Javier Mata-Contreras; Diego Palombini; Teresa M. Martin-Guerrero; A. Bentini; Carlos Camacho-Penalosa; Ernesto Limiti;
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正文语种 eng
中图分类光学;
关键词
GaN MMIC; Distributed amplifier; CRLH transmission lines; Diplexer; Dual band;

机译：GaN MMIC;分布式放大器;CRLH传输线;双工器;双频段;

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专利

1. ACTIVE GaN MMIC DIPLEXER BASED ON DISTRIBUTED AMPLIFICATION CONCEPT [J] . Javier Mata-Contreras, Diego Palombini, Teresa M. Martin-Guerrero, Microwave and optical technology letters . 2013,第5期

机译：基于分布式放大概念的有源GaN MMIC二极管
2. Broadband integrated active divider and combiner based on distributed amplification [J] . W.K. Lo, W.S. Chan Electronicsletters . 2008,第13期

机译：基于分布式放大的宽带集成有源分频器和合路器
3. Broadband integrated active divider and combiner based on distributed amplification [J] . Lo W.K., Chan W.S. Electronics Letters . 2008,第13期

机译：基于分布式放大的宽带集成有源分频器和合路器
4. GaN SPST MMIC switches based on HPF/LPF switching concept for high power applications [C] . Hiroshi Mizutani, Ryo Ishikawa, Kazuhiko Honjo European Microwave Conference . 2016

机译：基于HPF / LPF开关概念的GaN SPST MMIC开关适用于高功率应用
5. A distributed amplifier-based active transversal filter MMIC with positive and negative adjustable tap weights for very high-speed lightwave systems. [D] . Lee, John Joseph (Jay). 2000

机译：基于分布放大器的有源横向滤波器MMIC，具有正负可调抽头权重，适用于超高速光波系统。
6. An Improved Large Signal Model for 0.1 μm AlGaN/GaN High Electron Mobility Transistors (HEMTs) Process and Its Applications in Practical Monolithic Microwave Integrated Circuit (MMIC) Design in W band [O] . Junfeng Li, Shuman Mao, Yuehang Xu, 2018

机译：0.1μmAlGaN / GaN高电子迁移率晶体管（HEMT）工艺的改进大信号模型及其在W波段实用单片微波集成电路（MMIC）设计中的应用
7. Design and Fabrication of 25 W Ka-Band SSPA Based on GaN HPA MMICs [O] . Hong-gu Ji, Youn-sub Noh, Youn-ho Choi, 2015

机译：基于GaN HPA MMICS的25 W KA波段SSPA的设计与制造
8. Linear Distributed GaN MMIC Power Amplifier with Improved Power-added Efficiency. [R] . Moon, J., Kang, J., Brown, D., 2017

机译：线性分布式GaN mmIC功率放大器，具有更高的功率附加效率。

ACTIVE GaN MMIC DIPLEXER BASED ON DISTRIBUTED AMPLIFICATION CONCEPT

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